ergo
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"Block" partitioning is the only one implemented now... More...
Public Member Functions | |
BoxPartitioner () | |
Initializez the BoxPartitioner object. More... | |
~BoxPartitioner () | |
unsigned | process (unsigned atomNumber, const std::vector< AtomicGrid > &atomGrids, int noOfRelevantAtoms, const unsigned *relevantAtoms, unsigned batchLength, real(*coor)[3], real *w) |
Applies the partitioning factors to the the grid points associated with given atom. More... | |
Private Member Functions | |
void | prepare (const std::vector< AtomicGrid > &atoms, unsigned noOfRelevantAtoms, const unsigned *relevantAtoms, unsigned pointCnt, const real(*gridPoints)[3]) |
real | getInvDistanceBetweenAtoms (int i, int j) const |
return distance between given pair of relevant atoms. More... | |
real | getFactor (int i, int j) const |
Private Attributes | |
const real(* | coor )[3] |
real * | rj |
long_real * | p_kg |
long_real * | vec |
real * | invAtomDistances |
a triangular array More... | |
real * | atomFactors |
a triangular array More... | |
real | xpasc [HARDNESS] |
real | apasc |
unsigned | maxPointCnt |
unsigned | maxAtomPointCnt |
unsigned | maxRelevantAtoms |
int | LDA |
Static Private Attributes | |
static const int | HARDNESS = 11 |
"Block" partitioning is the only one implemented now...
We rename it here to Box partitioner to avoid name space conflicts.
BoxPartitioner::BoxPartitioner | ( | ) |
Initializez the BoxPartitioner object.
BoxPartitioner::~BoxPartitioner | ( | ) |
References atomFactors, invAtomDistances, p_kg, rj, and vec.
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References atomFactors.
Referenced by process().
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inlineprivate |
return distance between given pair of relevant atoms.
Arguments i and j specify the number of the atoms on the list of relevant atoms.
References invAtomDistances.
Referenced by process().
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References atomFactors, BraggRadii, BraggSize, charge, coor, invAtomDistances, LDA, maxAtomPointCnt, maxPointCnt, maxRelevantAtoms, p_kg, rj, template_blas_sqrt(), and vec.
Referenced by process().
unsigned BoxPartitioner::process | ( | unsigned | atomNumber, |
const std::vector< AtomicGrid > & | atomGrids, | ||
int | noOfRelevantAtoms, | ||
const unsigned * | relevantAtoms, | ||
unsigned | batchLength, | ||
real(*) | coor[3], | ||
real * | w | ||
) |
Applies the partitioning factors to the the grid points associated with given atom.
atomNumber | index of the atom that the grid points are associated with, in the relevantAtoms array. |
atomGrids | the list of all atom grids. |
noOfRelevantAtoms | the number of atoms relevant for the box being processed. They need to be taken into account when computing the partitioning weights. |
relevantAtoms | the indices of the relevant atoms in the atomGrids vector. |
batchLength | number of the grid points the partitioning weights have to be computed for. |
coor | their cartesian coordinates. Will be modified if the grid point compression occurs. |
w | Their weights - they will be modified. |
References apasc, coor, getFactor(), getInvDistanceBetweenAtoms(), HARDNESS, LDA, p_kg, prepare(), rj, vec, WEIGHT_THRESHOLD, and xpasc.
Referenced by Stream::saveAtomGridInBox().
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Referenced by BoxPartitioner(), and process().
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a triangular array
Referenced by getFactor(), prepare(), and ~BoxPartitioner().
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Referenced by BoxPartitioner(), and process().
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a triangular array
Referenced by getInvDistanceBetweenAtoms(), prepare(), and ~BoxPartitioner().
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Referenced by prepare().
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Referenced by prepare().
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Referenced by prepare().
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Referenced by prepare(), process(), and ~BoxPartitioner().
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Referenced by prepare(), process(), and ~BoxPartitioner().
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Referenced by prepare(), process(), and ~BoxPartitioner().
Referenced by BoxPartitioner(), and process().